Explore our premium grade custom electric golf carts, utility shuttles, and specialized autonomous prototypes designed for heavy-duty commercial deployment.
How Low-Speed Autonomous Vehicles (LSEVs) are redefining operational logistics, micro-transit efficiency, and green fleet strategies worldwide.
Equipped with integrated LiDAR configurations, ultrasonic sensor avoidance arrays, and high-frequency radar, our custom platforms achieve millisecond latency responses to environmental hazards, ensuring safe indoor and outdoor operations.
Featuring intelligent Battery Management Systems (BMS) in both 48V and 72V configurations, our vehicles maximize thermal stability, guarantee over 3,500 charging cycles, and drastically reduce total cost of ownership (TCO).
Our entire autonomous golf cart prototyping and commercial electric buggy lineup is manufactured under strict CE-certified protocols and ISO9001 frameworks, ensuring hassle-free imports and local regulatory clearances.
Established in 2012, Hangzhou Sarr Golf Co., Ltd. has grown into a highly specialized global manufacturer of electric golf carts, utility buggies, and specialized low-speed commercial transit vehicles. Operating from a modern 18,000 square meter facility in Hangzhou, China, our company relies on a dedicated team of over 180 experienced engineers, technicians, and QA specialists.
Our infrastructure supports complete end-to-end production, including chassis robotic welding, smart paint-coating lines, comprehensive electrical subsystem diagnostics, and rigorous post-assembly dyno and track testing. Through our flexible OEM/ODM divisions, global clients can configure seating profiles (from 2-seater micro-trucks to 6+2 multi-passenger autonomous shuttles), integrate custom sensor brackets, establish localized branding, and select high-capacity lithium battery packs optimized for target environmental dynamics.
Our custom electric autonomous platforms are engineered to solve complex operational challenges across specific commercial and residential sectors.
Operating in massive airport terminals and airside ramps requires high duty-cycle, zero-emission transportation. Our 6-seater and 2+2 configurations assist with staff transport, luggage transfer, and high-frequency passenger transit, running continuously on fast-charging lithium battery architectures.
Our quiet-operation community sightseeing electric cars perform security sweeps and local errands. Integrating autonomous pathing software allows these vehicles to run planned neighborhood loops, offering convenient last-mile micro-transit for residents.
For eco-conscious hotels and luxury properties, quiet operation and minimal environmental impact are crucial. Our off-road 4x4 options, solar-assisted buggy modules, and premium multi-passenger models blend premium comfort with reliable all-weather capability.
Unlocking supply chain integration, production efficiency, and competitive costs without sacrificing engineering quality.
| Specification Parameter | Standard Range Configuration | High-Performance Autonomous OEM Variant |
|---|---|---|
| Power Plant / Motor Type | 48V 5kW Brushless AC Motor | 72V 5kW - 7.5kW High-Torque AC Induction Motor |
| Battery Chemistry | Deep-Cycle Lead Acid / LiFePO4 Option | LiFePO4 Deep Cycle Pack (51.2V / 73.6V, 105Ah to 210Ah) |
| Braking & Suspension | Rear Mechanical Drum / Hydraulic Rear | Four-wheel Hydraulic Disc + Electromagnetic Regenerative Brake |
| Sensors & Drive System | Manual Steering / Drive-by-Wire Option | LiDAR, Ultrasonic Sensor avoidance, integrated GPS/RTK receiver |
| Cruising Range | 60km - 70km per charge | 80km - 100km+ (Solar Panel Integration compatible) |
Complete your fleet deployment with off-road utility models, high-performance replacement batteries, and sustainable solar power options.
The convergence of sustainable solar power, intelligent fleet systems, and drive-by-wire mechanics in tomorrow's micro-mobility markets.
Integrating flexible monocrystalline photovoltaic panels onto vehicle roofs extends standard range by up to 25% daily. Utilizing solar trickling technology reduces dependency on grid power and supports long-term battery health.
Future low-speed autonomous fleets will rely on Vehicle-to-Everything (V2X) communication protocols. Shuttles communicate directly with community gates, traffic signals, and pedestrian warning systems to improve route safety.
By decoupling vehicle bodies from the underlying chassis, OEM suppliers offer interchangeable configurations. A single autonomous platform can function as a cargo deck by day and transition to a multi-passenger shuttle by night.
Detailed technical answers for global procurement managers, engineering firms, and municipal buyers.
Direct glimpses from our production floor, paint shops, assembly lines, and high-precision testing zones.
Sarr Golf
